MIB ITALIANA SPA

The unit consists of a very compact cardanic universal joint suitable for the transfer of low, medium and high pressure fluids.The joint allows for leak free angular displacement of the connecting components. Multiple joints can be used to create a multi-articulated system. MIBFlex consists of a sphere and seal set arrangement of the same design and performance as the well known MIB offshore soft seated valves. With three moving components the unit is able to align with any tensile or bending load applied to the hose. Thus reducing the MBR and loads transferred to the hose or connected components. Temperature range: up to+120°C (using High Tech seal material) Dimensions: 1'' ½ - 2''-3'' (and larger on specific request) Design Pressure : 5.000 psi - 7.500 psi - 10.000 psi (and higher, over on specific request)

A system that provides protection of the installation, the operating staff, and the environment by isolating the product flow and providing rapid release under extreme or emergency situations. Equally suited to rigid marine arms or flexible hoses, the system is hydraulically activated, with specially developed interlocking facilities resulting in the ultimate in protection. Available for ambient, liquefied low temperature or cryogenic gases, CNG service in diameters from 2” to 20”. High or low pressure designs are available as are customised solutions for specific installations. Temperatures: cryogenic, low, ambient, high. Dimensions: from 2'' to 20'' Pressure rating: ASME B16.5 Class 150, 300, 400 and Customized

A unique MIB solution that provides the latest technology in safety systems protection of the installation, the operating staff, and the environment by isolating the product flow and providing rapid release under extreme or emergency situations. The release coupler is contained internally in the system. Equally suited to rigid marine arms or flexible hoses, the system is hydraulically activated, with specially developed interlocking facilities resulting in the ultimate in protection. Available for ambient and low temperature service, with high or low pressure designs available, as are customised solutions for specific installations. Temperatures: low, ambient, high Dimensions: from 2'' to 20'' Pressure rating: ASME B16.5 Class 150, 300 and Customized

System that provides protection of the installation, the operating staff, and the environment by isolating the product flow and providing rapid release under extreme or emergency situations. Equally suited to rigid marine arms or flexible hoses, the system is hydraulically activated, with specially developed interlocking facilities resulting in the ultimate in protection. Available for ambient temperature non toxic products, offering a light weight and economically attractive solution to safety. Temperatures: ambient Dimensions: from 6'' to 24'' Pressure rating: ASME B16.5 Class 150, 300

An economical ERS solution incorporating butterfly valves and the unique MIB Internal Release Coupler (MP Type). The Coupler represents the latest safety system design available to the marine terminal industry. Suitable for installation on rigid loading arms or flexible hoses, the system is suitable for crude oil, ballast, fuel oils, non toxic petrochemicals and VOC service. Fully in accordance with OCIMF Recommendations 1999. Temperatures: Ambient, High Dimensions: from 6'' to 24'' Pressiure rating: ASME B16.5 Class 150, 300

MIB QCDC is the quick and easy method to connect and disconnect a rigid marine arm or jetty hose to and from the vessel manifold. Available for ambient, low temperature, cryogenic and CNG service conditions. QCDC coupling is hydraulically operated and can be adaptable to various sizes of manifold flange. Customised designs available on request from 2” to 24” diameter. Temperatures: Cryogenic, Low, Ambient, High Dimensions: from 2'' to 24'' Pressure Rating: ASME B16.5 Class 150, 300, 900

A unique MIB product offering all of the operational advantages of a hydraulic QCDC but with the added safety feature of an integrated ball valve. The valve is interlocked with the QCDC to ensure full isolation of the marine arm or flexible hose prior to release of the QCDC mechanism. Suitable for ambient, low and cryogenic temperatures. Temperatures: Cryogenic, Low, Ambient, High Dimensions: from 2'' to 24'' Pressure Rating: ASME B16.5 Class 150, 300

A standardised design of hydraulic QCDC offering speed and ease of mating and separating a rigid marine arm or flexible hose to a vessel. Suitable for ambient and low temperature service. Adaptable to connect to its nominal diameter plus up to two diameters smaller. Temperatures: Low, Ambient Dimensions: from 6'' to 16'' Pressure Rating: ASME B16.5 Class 150, 300

A simple but effective method of achieving quick connection and disconnection to and from flanges, albeit a tanker manifold, hose installation, SPM, or other ambient or low temperature service requirement. A series of cam locking units on the periphery of the coupler flange are clamped or unclamped by a hand held wrench. Suitable for all ambient petrochemicals, low temperature and cryogenic liquefied gases. Temperatures: Cryogenic, Low, Ambient, High Dimensions: from 3'' to 20'' Pressure Rating: ASME B16.5 Class 150, 300

Multibore Turret Connector Systems: a custom-designed multiple function QCDC for disconnectable FPSO turret installations – requiring release of the risers due from typhoon, hurricane, ice-berg or other such conditions. Also a vital component of any dynamically positioned production or test vessel. Housing a series of high pressure lines and associated subsea umbilical bundles, the integrated connector solution includes several special features, including: All fluid or gas lines complete with dual isolation valves. Each set of valves are interlocked with the clamping mechanism to ensure ultimate safety levels. A total separation time, including valve closure, of less than 30 seconds is achievable. All components are manufactured in-house by MIB, guaranteeing the quality demanded by the indudstry for such a vital component. Engineered to interface with client’s specific riser buoy and upper turret equipment. Clamping load to suit project needs, catering for internal fluid pressures, ex